URun.h

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#ifndef URUN_H
#define URUN_H
 
#include "TNamed.h"
#include "TString.h"
 
 
class URun : public TNamed {
 
 private:
    TString    fGenerator;     // Generator description
    TString    fComment;       // Run comment
    TString    fDecayer;       // Decayer description
    Int_t      fAProj;         // Projectile mass number
    Int_t      fZProj;         // Projectile charge
    Double32_t fPProj;         // Projectile momentum per nucleon (GeV)
    Int_t      fATarg;         // Target mass number
    Int_t      fZTarg;         // Target charge
    Double32_t fPTarg;         // Target momentum per nucleon (GeV)
    Double32_t fBMin;          // Minimum impact parameter
    Double32_t fBMax;          // Maximum impact parameter
 
    Int_t      fBWeight;
    // Impact parameter weighting
    // 0 for geometrical weights (bdb)
    // 1 for flat distribution
 
    Double32_t fPhiMin;        // Event plane minimum angle (rad)
    Double32_t fPhiMax;        // Event plane maximum angle (rad)
    Double32_t fSigma;         // Cross-section (mb)
    Int_t      fNEvents;       // Requested number of events
 
 public:
    URun();
    URun(const char *generator, const char *comment, Int_t aProj,
     Int_t zProj, Double_t pProj, Int_t aTarg, Int_t zTarg,
     Double_t pTarg, Double_t bMin, Double_t bMax, Int_t bWeight,
     Double_t phiMin, Double_t phiMax, Double_t sigma, Int_t nEvents);
    virtual ~URun();
    using TNamed::Print;
    void Print(Option_t *option = "");
    void GetGenerator(TString& generator) {generator = fGenerator;}
    void GetComment(TString& comment)     {comment = fComment;}
    void GetDecayer(TString& decayer)     {decayer = fDecayer;}
    inline Int_t       GetAProj()   const {return fAProj;}
    inline Int_t       GetZProj()   const {return fZProj;}
    inline Double_t    GetPProj()   const {return fPProj;}
    inline Int_t       GetATarg()   const {return fATarg;}
    inline Int_t       GetZTarg()   const {return fZTarg;}
    inline Double_t    GetPTarg()   const {return fPTarg;}
    inline Double_t    GetBMin()    const {return fBMin;}
    inline Double_t    GetBMax()    const {return fBMax;}
    inline Int_t       GetBWeight() const {return fBWeight;}
    inline Double_t    GetPhiMax()  const {return fPhiMax;}
    inline Double_t    GetPhiMin()  const {return fPhiMin;}
    inline Double_t    GetSigma()   const {return fSigma;}
    inline Int_t       GetNEvents() const {return fNEvents;}
    Double_t    GetSqrtS();
    Double_t    GetProjectileEnergy();
    Double_t    GetTargetEnergy();
    Double_t    GetBetaCM();
    Double_t    GetGammaCM();
    inline void SetNEvents(Int_t nEvents)   {fNEvents = nEvents;}
    inline void SetPProj  (Double_t pProj)  {fPProj   = pProj;}
    inline void SetPTarg  (Double_t pTarg)  {fPTarg   = pTarg;}
    inline void SetDecayer(TString decayer) {fDecayer = decayer;}
 
    ClassDef(URun, 1);
};
 
 
#endif